Increased autonomy for quadrocopter systems: trajectory generation, fail-safe strategies and state estimation
Increased autonomy for quadrocopter systems: trajectory generation, fail-safe strategies and state estimation
Mark W. Müller
2016 · DOI: 10.3929/ETHZ-A-010655275
3 Citations
TLDR
The thesis investigates component failures that would break the global feedback con-trol loop in an indoor aerial robotics testbed, and suggests strategies to mitigate the effects of such a failure.
